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Determine the equivalent liquid permeability. Gas permeability data as shown ir Table 1 below. Length and diameter of core sample in 3cm and 4cm respectively Viscosity of gas used is 0.017 cP, Table 1: Gas permeability flowrate and pressure data qa (cm3/s) P1 (atm) P2 (atm) 4.02 1.85 1.45 6.76 2.60 2.10 11.68 4.60 4.10 26.40 10.60 10.10 41.12 16.60 16.10

Determine the equivalent liquid permeability. Gas permeability data as shown ir Table 1 below. Length and diameter of core sample in 3cm and 4cm respectively Viscosity of gas used is 0.017 cP, Table 1: Gas permeability flowrate and pressure data qa (cm3/s) P1 (atm) P2 (atm) 4.02 1.85 1.45 6.76 2.60 2.10 11.68 4.60 4.10 26.40 10.60 10.10 41.12 16.60 16.10

Introduction to Chemical Engineering Thermodynamics
Introduction to Chemical Engineering Thermodynamics
8th Edition
ISBN:9781259696527
Author:J.M. Smith Termodinamica en ingenieria quimica, Hendrick C Van Ness, Michael Abbott, Mark Swihart
Publisher:J.M. Smith Termodinamica en ingenieria quimica, Hendrick C Van Ness, Michael Abbott, Mark Swihart
Chapter1: Introduction
Section: Chapter Questions
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Determine the equivalent liquid permeability. Gas permeability data as shown ir Table 1 below. Length and diameter of core sample in 3cm and 4cm respectively Viscosity of gas used is 0.017 cP. Table 1: Gas permeability flowrate and pressure data qa (cm3/s) P1 (atm) P2 (atm) 4.02 1.85 1.45 6.76 2.60 2.10 11.68 4.60 4.10 26.40 10.60 10.10 41.12 16.60 16.10 (Show all calculation and plot here)
Transcribed Image Text:Determine the equivalent liquid permeability. Gas permeability data as shown ir Table 1 below. Length and diameter of core sample in 3cm and 4cm respectively Viscosity of gas used is 0.017 cP. Table 1: Gas permeability flowrate and pressure data qa (cm3/s) P1 (atm) P2 (atm) 4.02 1.85 1.45 6.76 2.60 2.10 11.68 4.60 4.10 26.40 10.60 10.10 41.12 16.60 16.10 (Show all calculation and plot here)
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